Simplest 12V to 220V DC to AC Power Inverter DIY
In this instructable, you will learn to make a simple but powerful inverter at home.This inverter does not require multiple electronic components but a single component which is a relay.The relay alone is responsible for performing the switching action which in turns, converts the DC from a battery into an AC voltage.
This type of inverter is a square wave inverter and is good for school or collage projects.
List of components required for the project:
12 volt battery
Some wires
A 5 relay terminal
a transformer single phase
a load bulb
One of the terminals of the relay will remain disconnected from the entire circuit since its not required in the project which means that only 4 terminals of the relay will be responsible for connecting the Transformer and the battery together.
After doing that the “mains disconnect terminal” of the relay will be connected in series with the battery and the other terminal of the battery will be connected to one of the secondary terminal of the transformer.
After doing all the connections as instructed, the bulb should start glowing brightly.
The maximum power of this inverter depends on the size of the transformer and the input power supply.
The frequency of this circuit is around 60 to 70Hz and the efficiency of this circuit is around 63%
So guys that is all for this project.
Simplest 12V to 220V DC to AC Power Inverter DIY
In this instructable, you will learn to make a simple but powerful inverter at home.This inverter does not require multiple electronic components but a single component which is a relay.The relay alone is responsible for performing the switching action which in turns, converts the DC from a battery into an AC voltage.
This type of inverter is a square wave inverter and is good for school or collage projects.
List of components required for the project:
12 volt battery
Some wires
A 5 relay terminal
a transformer single phase
a load bulb
One of the terminals of the relay will remain disconnected from the entire circuit since its not required in the project which means that only 4 terminals of the relay will be responsible for connecting the Transformer and the battery together.
After doing that the “mains disconnect terminal” of the relay will be connected in series with the battery and the other terminal of the battery will be connected to one of the secondary terminal of the transformer.
After doing all the connections as instructed, the bulb should start glowing brightly.
The maximum power of this inverter depends on the size of the transformer and the input power supply.
The frequency of this circuit is around 60 to 70Hz and the efficiency of this circuit is around 63%
So guys that is all for this project.
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